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BSc Physics with Astrophysics with Foundation Year
About this course
Physics with astrophysics is a degree that combines the rigorous foundations of physics with a focus on some of the most dramatic and profound questions in science: how stars form and die, how galaxies are structured and evolve, what the large-scale structure of the universe looks like, and what the evidence tells us about its origins and ultimate fate. Astrophysics applies the principles of classical and quantum physics, thermodynamics, and electromagnetism to objects and phenomena on the grandest imaginable scales, and studying it develops both deep physical intuition and the computational and analytical skills that underpin modern scientific research. At Keele University, this four-year, full-time programme begins with a foundation year, providing a supported entry point for students who need to build their mathematical and scientific preparation before progressing to the main degree. Once in the main programme, you will cover core physics principles alongside cutting-edge astrophysics topics, from stellar physics and cosmology to the analysis of astronomical data from ground-based observatories and space missions. Keele has an on-campus observatory, giving you direct access to observational astronomy alongside the computational and theoretical dimensions of the discipline. You will develop problem-solving, experimental, programming, and teamworking skills through advanced project work using real data. The typical entry tariff is 72 UCAS points, and the foundation year makes the degree accessible to students from a wider range of starting points. Physics and astrophysics graduates are in demand across a wide range of careers. The quantitative and analytical skills of a physics degree are valued in finance, data science, technology, defence, energy, and the civil service, as well as in research and academia. Astrophysics graduates work in space agencies, observatories, research universities, and the growing commercial space sector. Many graduates pursue postgraduate study in physics, astrophysics, data science, or engineering, and the programme's strong research component provides an excellent foundation for those interested in doctoral research.
Syllabus & Modules
Typical curriculumStudent Satisfaction
National Student Survey - 10 respondents (76% response rate)
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